JP3140539U - Wire coil mounting table - Google Patents

Abstract

Provided is a mounting table in which a plurality of wire coils can be mounted in a state where they are integrated as much as possible when being transported by a truck, and the coils are not rubbed and scratched.
In a wire coil mounting table for mounting and transporting a wire coil wound with a constant inner diameter without a winding frame on a track, the mounting table includes a core member 2 penetrating the inside of the wire coil. The first core member row 4 mounted on the first support base 3 at intervals corresponding to the maximum winding diameter of the wire coil to be transported, and the height corresponding to the maximum axial width of the wire coil Only on the second support base 5 at a position higher than the first support base 3, the second core member row 6 is parallel to the first core member row and at the center position of the core member interval of the first core member row. And the projection surface downward of the wire coil placed on the first core member row and the projection surface downward of the wire coil placed on the second core member row partially overlap each other. To.
[Selection] Figure 1

Description

  The present invention relates to a mounting table used when a wire coil wound without a reel is transported by truck. The term wire may be used in particular as a name for hot-rolled steel wire, but this is also the subject of the present invention. However, the present invention is not limited to this, and the present invention can be applied to a wire coil in which other types of metal wires are wound without a winding frame.

  Wire rods, which are hot-rolled steel wires, are used as raw materials for many secondary products such as hard steel wires, coil springs, wires, nails, etc. used for wire ropes. There are also many opportunities for truck transport to manufacturing plants for these secondary products. Since the wire rod is wound without a reel, it is usually arranged in a flat manner on the loading platform or inclined at an angle when loading. If stacked in two or more stages or stacked at an angle, the stacked wires may be damaged, and there is a risk of getting caught and entangled during unloading.

  Japanese Patent Laid-Open No. 2001-348167 (Cited Document 1) discloses a method of handling a load when a ribbon-like metal wire is sent to another factory for the next processing, for example. According to this, a disposable one-way core made of a hard paper tube is put into a core portion and fixed on a wooden frame one by one with a horizontal central axis. And the method of transporting this in the truck bed is shown.

Japanese Patent Application Laid-Open No. 2003-182940 (Patent Document 2) proposes a wire coil collecting jig. This consists of a coil accumulation part shaped like a cross that comes into contact with the lower side surface of the ring-shaped wire coil and a bottom plate that holds this, and a plurality of rods are caged to be inserted into the inner diameter of the wire coil. The rod-shaped body formed in the shape (cage shape) is provided. In this wire coil collecting jig, since the rod-shaped body is inserted and placed in the inner diameter of the wire coil, the wire coil can be stably held even if there is some shaking.
JP 2001-348167 A JP 2003-182940 A

  The method of inserting the core material and fixing it to the wooden frame as described in Patent Document 1 takes time and is not suitable as a method for transporting heavy steel wire coils. Further, if a wire coil mounting table as in Patent Document 2 is used and a plurality of coils are stacked and mounted on one mounting table, the coils can be collected and transported while saving space. Since the weight of the stacked coils is applied to the coil, there is a problem that the coil is easily damaged by vibration during transportation. In view of the above, the present invention provides a mounting table in which a plurality of wire coils can be mounted in a state where they are integrated as much as possible during truck transportation, and the coils are not rubbed and scratched. Objective.

This invention solves the said subject, Comprising: In the mounting base of the wire coil for mounting and transporting the wire coil wound by the fixed internal diameter without the winding frame on a truck, a mounting base is a wire coil A first core member row mounted on the first support at intervals corresponding to the maximum winding diameter of the wire coil to be transported by the core member penetrating the inside of the wire member, and the maximum axial width of the wire coil A second core member row mounted in parallel with the first core member row on the second support base at a position higher than the first support base by a height corresponding to the value; The longitudinal direction position of the core member row of the core member is at the center position of the core member interval of the first core member row, and the horizontal interval between the first core member row and the second core member row is A projection surface downward of the wire coil placed on the first core member row, and a downward projection surface of the wire coil placed on the second core member row A mounting table of the wire coil, characterized in that the shadow plane is narrow to the extent that overlapping portion.
Here, the portion including the one or more core members of the first core member row and the one or more core members of the second core member row can be divided as a unit at a portion of the support base, and is divided. The parts are also characterized in that they are connected in the longitudinal direction by means of detachable coupling means.

  According to the wire coil mounting table of the present invention, no special packing is required for mounting a wire coil wound without a winding frame on a track, and the wire rods can be transported without contact with each other and being damaged. . Moreover, since it is mounted three-dimensionally with a step, it has a large capacity and can be transported efficiently.

  FIG. 1 is a perspective view showing a mounting board for a wire coil according to the present invention. The mounting table is arranged in a state where the core member 2 penetrating the inside of the wire coil is attached to the support table. In the example of FIG. 1, the core member has a structure in which a thin steel plate is bent, and the support base has a structure in which lightweight section steel having a cross-sectional shape such as a groove shape is joined. The core members are a first core member row 4 attached in a row on the first support base 3, and a second core attached in parallel to the first core member row in the second support base 5. There is a member row 6. The second support 5 is higher than the first support 3 by a height corresponding to the maximum axial width of the wire coil.

  The wire coil 1 is wound with a constant inner diameter without a winding frame, and may be placed so that the core member of the placing table directly penetrates, or may be placed after being placed on a carrier. FIG. 2 is a perspective view showing an example of such a carrier 7, in which the shaft of the wire coil 1 is set in the vertical direction so as to come into contact with the bottom surface and the inner diameter portion, and the steel bar is bent and joined. ing. If such a carrier is used, the upper frame of the carrier can be lifted and moved by a forklift or a rope, so that loading and unloading can be performed quickly. FIG. 3A is a plan view and FIG. 3B is a front view showing a state where the wire coil is placed, and shows a case where the carrier is used.

  As shown in FIG. 3, the distance between the core members 2 in the first and second core member rows 4 and 6 is such that the coils do not contact each other even when the winding diameter of the wire coil 1 to be transported is the maximum value. Ensure proper dimensions. Further, the core member of the second core member row 6 is located at the center position of the interval between the core members of the first core member row 4, and the first core member row 4 even when the winding diameter of the wire coil is the maximum value. The core member and the wire coil 1 placed on the second core member row 6 are prevented from contacting each other.

  As described above, the second support base 5 is located at a higher position than the first support base 3, but the first core member is made higher than the maximum axial width of the wire coil. Even if the horizontal distance between the row 4 and the second core member row 6 is narrow, the wire coils do not collide with each other. As a result, as shown in FIG. 3, the projection surface of the wire coil 1 placed on the first core member row 4 is projected downward, and the wire coil 1 placed on the second core member row 6 is lowered. The projection plane can be partly overlapped with each other, and the space between the first core member row and the second core member row can be narrowed to save a planar space.

  By the way, since the mounting base of the present invention is arranged in a state where the plurality of core members 2 are attached to the first and second support bases 3 and 5, the overall size depends on the dimensions of the support base. Since the length of the core member row is, for example, the length of one side of the truck bed, the size of the support board is accordingly increased. FIG. 4 is a perspective view showing a state in which the mounting table of FIG. 1 is divided as shown in FIGS. 4A and 4B. In order to solve the above problem, the divided table is assembled. Is preferred. As shown in FIG. 3 (a), the frame members constituting the support base are in contact with each other in parallel as shown in FIG. 3A, and a plurality of bolts and nuts (not shown) can be attached and detached. What is necessary is just to fix with a coupling means.

  Since the mounting table is divided at a certain position in the length direction as shown in FIG. 4, each of the divided parts is composed of one or more core members of the first core member row 4 and the second core member row. 6 or more core members are included. As described above, since the core member of the second core member row 6 is at the center position of the core member interval of the first core member row 4, the first core member row and the second core member row are divided. The shape in the length direction is shifted. In this case, the first core member row and the second core member row have the same number, for example, three core members, and the second core member row has the same direction with respect to the first core member row. What is necessary is just to prepare several things which shifted to. For example, the first core member row is divided into three core members and the second core member row is divided into two core members, and the first core member row is divided into two core members. It is also possible to prepare a core member row divided into three core members and to couple them alternately.

  As described above, according to the wire coil mounting table of the present invention, when the wire coil wound without a winding frame is placed on the track, the wire rods are in contact with each other and damaged while saving the loading space. It can be transported without doing. The present invention can be appropriately changed within the scope. For example, in FIGS. 1 and 4, the height of the core member of the first core member row 4 is higher than the height of the core member of the second core member row 6. This is for facilitating the attachment and detachment of the wire coil with respect to the first core member row, and such a thing is also within the scope of the present invention.

The perspective view which shows the mounting base of the wire coil of this invention Perspective view showing an example of a carrier (A) plan view and (b) front view showing a state where the wire coil is placed The perspective view which showed the state which divided | segmented the mounting base of FIG. 1 like the figure of (a) and (b).

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Wire coil 2 Core member 3 1st support stand 4 1st core member row | line | column 5 2nd support stand 6 2nd core member row | line | column 7 Carrier

Claims (2)

In a wire coil mounting table for mounting and transporting a wire coil wound with a constant inner diameter without a winding frame on a track, the mounting table is a wire coil to be transported by a core member penetrating the inside of the wire coil The first core member row mounted on the first support base at intervals corresponding to the maximum value of the winding diameter of the wire, and the height corresponding to the maximum value of the axial width of the wire coil from the first support base A second core member row mounted in parallel with the first core member row on the second support base at a higher position, and the longitudinal position of the core member row of the second core member is It is in the center position of the core member interval of one core member row, and the horizontal interval between the first core member row and the second core member row is the distance between the wire rod coils placed on the first core member row. The projection surface to the lower side and the projection surface to the lower side of the wire coil placed on the second core member row become narrow enough to partially overlap. Table of the wire coil, characterized in that there. The part including one or more core members of the first core member row and the one or more core members of the second core member row can be divided as a unit at a portion of the support base, and the divided components are attached and detached. The wire coil mounting table according to claim 1, wherein the wire coil mounting table is connected in the length direction by possible connecting means.

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